ESD-125-G-25

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Rectangular Connectors - Headers, Receptacles, Female Sockets are widely used in a variety of electrical and electronic applications due to their versatility, dependability and ease of installation. Among them, the ESD-125-G-25 has been gaining more and more popularity in the electronic components industry. This article will discuss the application field and working principle of the ESD-125-G-25.

ESD-125-G-25 is a rectangular connector that is designed for high-performance and high-reliability applications, such as integrated circuits, microprocessors, memory modules, or other digital device interfaces. It has a 0.050’’ x 0.025’’ (1.27mm x 0.64mm) or 0.100’’ x 0.050’’ (2.54mm x 1.27mm) multilayer board-to-board rectangular interconnect. The ESD-125-G-25 is a Type 2 board-to-board connector, which means that it has two rows of contact pins (25 in each row) spaced 0.050’’ (1.27mm) apart. The body of the connector is made of high temperature plastic, and the pins are tin-plated brass. The ESD-125-G-25 has excellent resistance to ESD and offers excellent resistance to vibration and Corrosion.

The application field of the ESD-125-G-25 ranges from industrial, consumer, and medical electronics to communications and aerospace. Its small size yet superior performance makes it ideal for high-density applications. For instance, it is widely used in the boards of computers, especially those of high-end gaming computers, because it affords its users fast data transmission speeds at a lower cost than other connectors. Additionally, it is often seen in memory and microprocessor modules, such as those used in medical device controllers, as well as in high-end communication systems.

The working principle of the ESD-125-G-25 is quite simple. It has two rows of contact pins, which when mated with a corresponding connector (e.g. a female socket, male header or receptacle), form a secure connection. There are two types of contact pins in the ESD-125-G-25: signal pins and power pins. The signal pins carry a digital signal and the power pins transfer power from one component to another. When the pins are mated together and secured in place, they provide an uninterrupted path for the signal or power, ensuring that the signal or power is transferred without interruption. Furthermore, the ESD-125-G-25 has a self-latching feature which ensures that the connector remains securely plugged into the socket, thus providing added reliability in applications where vibration is a concern.

In conclusion, the ESD-125-G-25 is a high-performance, high-reliability rectangular connector that is ideal for a wide range of applications. Its small size, resistance to ESD, and self-latching feature make it particularly suitable for high-density applications such as those found in computer, medical device controllers, communication systems, and aerospace. Furthermore, its working principle is simple which requires only two rows of contact pins that when mated with a corresponding connector, create an uninterrupted path for the signal or power.

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